3. Suppose r0=0x20000000 and r1=0x12345678. All bytes in memory are initialized to 0x00. Suppose the following assembly program has run successfully (the three instructions will be executed in the given order). Draw a table to show the memory value if the processor uses little endian. STR r1, [r0], #4 STR r1, [r0,#4]! STR r1, [r0, # 4] Address 0x20000010 0x2000000f 0x2000000e 0x2000000d 0x2000000c 0x2000000b 0x2000000a 0x20000009 0x20000008 0x20000007 0x20000006 0x20000005 0x20000004 0x20000003 0x20000002 0x20000001 0x20000000 Data
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- Discuss in detail about RAM allocation in 8051 and Analyse, and explain the objective of the following 8051 assembly language program. Specify the content of the Program Status Word (PSW) register after the execution of each instruction. ORG 00H MOV A#00H MOV R5,A MOV R0,#0FBH ADD A#0FEH JNC NI INC R5 N1: ADD A, #0F5H JNC N2 INC R5 N2: ADD A#0F2H INC OVER INC R5 OVER: MOV @R0, A END Comment every line of the program and specify the register contents on single-step execution.An 8051 subroutine is shown below: SUB: RO, #20H @RO , #0 MOV LOOP: MOV INC RO CJNE RO, #80H, LOOP RET a. What does this subroutine do? b. In how many machine cycles does each instruction execute? How many bytes long is each instruction? C. d. Convert the subroutine to machine language. e. How long does this' subroutine take to execute? (Assume 12 MSolve the following question. You must show your work. a) What does 962F000016 represent in an IEEE single-precision floating-point number? b) Convert -151o to a 16-bit sign-magnitude representation. c) Convert-151o to a 16-bit two's complement representation. d) Define the system status register value after an instruction execution resulted the following: a. Result was a non-zero value, a negative value, had a carry and extended bits. b. Trace mode was not on and was executed in supervisor mode. C. Any higher interrupt priorities higher than level 3 will be recognized.
- Please show work included 6. Assume a digital to analog conversion system uses a 7-bit integer to represent an analog temperature over a range of -27oF to 100oF. If the actual temperature being read was 40oF, what would be the closest possible value that the system could represent? Write the answer in a 7-bit binary number as well as in decimal. The answer should be in the following form 00010001 and -10oF a set of two numbers.- The stack memory is addressed by a combination of the plus offset. The PUSH and POP instructions always transfer between segment -bit number the stack and a register or memory location in the 8086 microprocessors. For string instructions, DI always addresses data in the segment. The 8086 LOOP instruction decrements register for a 0 to decide if a jump occurs and tests itWrite program to load the content of memory location 0x0700 into register R3 then set D6,D7 and complement D4,D5 for date in R3 then store the result in memory location 0x0800 .
- P. 2. Consider a proposed new instruction named rpt. This instruction combines a loop's condition check and counter decrement into a single instruction. For example rpt x29, loop would do the following: if (x29 >0) { x29 = x29 -1: goto loop a) If this instruction were to be added to the RISC-V instruction set. what is the most appropriate instruction format? b) What is the shortest sequence of RISC-V instructions that performs the same operation?1. Write the contents of all registers and the conditions codes registers after each execution instructions in Table Q1(a). Instructions SUBS r0, rl, 12 MOV 12,13, ASR #3 ro 11223344 Table Q1 (a) rl F7770025 12 r3 CF119856 CF119856 NZ V C 010 1Assume that memory location $c100 holds a data byte =$37, [ACCA]= $B8 and [ACCB]=$FE. For each of the following instructions determine the resultant content of ACCA or ACCB. (a) ANDA $C100 (b) ANDA #$05 ORAB #$EE (c) (d) CLR B (e) NEGA (f) DECB (g) ASLA (h) LSRB (i) EORA #$E4 (G) ROR A
- Design the circuit that displays 35861429 on the seven segment display (just one). Use shift registers and button to slide numbers.Question 1: Use Indirect addressing to write a PIC24 assembly code that complements and adds 5 and multiply by 2 to 1024 data bytes into the memory at starting address Ox1000. The original data are stored in the memory starting from address 0x800. it is an electrical engineering question . this is the full information about the question!H.W :- 1) A four logic-signal A,B,C,D are being used to represent a 4-bit binary number with A as the LSB and D as the MSB. The binary inputs are fed to a logic circuit that produces a logic 1 (HIGH) output only when the binary number is greater than 01102-610. Design this circuit. 2) repeat problem 1 for the output will be 0 (LOW) when the binary input is less than 01112-710- Saleem Lateef